Used HITACHI HL-8000M #293646540 for sale

HITACHI HL-8000M is a Scanning Electron Microscope (SEM) designed to analyze the structure and physical properties of a variety of materials. It features an advanced vacuum equipment that enables users to achieve high resolution images of ultra-fine features, including nanoscale objects such as biological systems, atoms and molecules. HL-8000M is capable of collecting large amounts of data, providing information on the characteristics of the sample being analyzed. The main components of HITACHI HL-8000M include an electromagnification lens, an electron gun, and a box-type specimen chamber. The electromagnification lens is a powerful tool that can magnify particles up to 1,000,000 times their original size. It uses electron beams to detect the surface topography of a sample and to investigate fine details such as particle concentrations, size, shape and distribution. The electron gun emits a beam of electrons in four directions, allowing for non-destructive imaging and analysis of a sample. The box-type specimen chamber houses the sample in a vacuum environment so that the specimen can be analyzed without contamination. HL-8000M also features an automation control system, allowing users to control the unit parameters such as magnification, focus and brightness. In addition, the machine is equipped with a micron-sized X-ray detector and an energy filter to measure atomic, molecular species concentrations and sample composition. HITACHI HL-8000M is designed to analyze samples to a high level of detail, enabling researchers to understand a wide variety of materials and their properties in detail. Its electron beam imaging tool is capable of producing high resolution images, precise measurements and detecting changes in the sample's structure. Through this precise scanning, HL-8000M can be used to monitor the progress of research, evaluate performance and ensure accuracy in industrial processes. Overall, HITACHI HL-8000M is an advanced and reliable SEM asset for researchers who require precise imaging and measurement capabilities. Its advanced components coupled with automation make it an ideal instrument for analyzing a variety of materials and obtaining detailed information.